Non-linear arrangement typical of molecules with lone pairs.
Atoms in a straight line at 180° angles.
Eight-faced structure with six substituents at the vertices.
Two pyramids joined at their pentagonal base.
Five substituents at the corners of a pentagon in a single plane.
Pyramid with a pentagonal base.
Derived from trigonal bipyramidal with one lone pair.
Geometry in which eight atoms lie at the vertices of a square antiprism.
Four substituents at the corners of a square in a single plane.
Pyramid with a square base.
Three substituents forming a 'T' shape around a central atom.
Central atom with four substituents at the corners of a tetrahedron.
Nine-coordinate geometry in which nine atoms surround a central atom.
Two pyramids joined at their triangular base.
Three atoms at the corners of an equilateral triangle around a center.
Pyramid with a triangular base and a central atom at the apex.
Three-dimensional arrangement of atoms within a molecule as predicted by VSEPR theory.